Electro-hydraulic cupping and deep-drawing testing machine (120 kN) – Model 134 – ERICHSEN

Introducing the Erichsen Sheet Metal Testing Machine, Model 134, a state-of-the-art solution designed for high-precision evaluation of metal formability. Engineered with an electro-hydraulic drive system, this advanced machinery offers a maximum drawing force of 120 kN, coupled with a uniquely adjustable blank holder pressure of up to 45 kN. Integration of a high-capacity blanking head, capable of exerting a force up to 200 kN, ensures comprehensive testing capabilities across a wide range of metal sheets.

Key Applications and Advantages

Specially developed for both quality assurance and research, the Model 134 excels in delivering swift, accurate assessments of deep drawing tests for ferrous and non-ferrous metals. It’s ideally suited for evaluating cold rolled sheet quality directly on the production floor or within the process department, allowing for the immediate identification of materials that do not meet quality standards. Furthermore, its versatile design enables the execution of the Olsen Test, thereby broadening its applicability in international markets.

Technical and Design Innovations

The robust steel plate housing incorporates a versatile test head featuring three working pistons for blanking, sheet holding, drawing, and ejecting processes. User-friendly adjustments for drawing and sheet holding force, an automatic test sequence, and a resistive touch panel for smooth operation are key highlights. Additionally, its innovative bayonet lock system simplifies access to and exchange of drawing dies and other components, ensuring a seamless testing workflow.

Technical Specifications

Drive
  • electro-hydraulic
Test 1
  • Erichsen cupping
Test 2
  • Deep Draw Test
Dimensions
  • approx. 900 mm / 1100 mm / 800 mm (W x H x D)
Weight, net
  • approx. 470 kg
Mains supply
  • 230/400 V AC // 50/60 Hz // 2.2 kW
Drawing Force
  • 120 kN
Drawing Speed
  • 770 mm/min
Blanking force
  • max. 200 kN
Blank holder force
  • max. 45 kN
Blankholder stroke
  • approx. 35 mm
Sheet metal insert
  • max. width 110 mm
Drawing punch stroke
  • approx. 60 mm

FAQ - Electro-hydraulic cupping and deep-drawing testing machine (120 kN) – Model 134 – ERICHSEN

What is the maximum drawing force of the Erichsen Sheet Metal Testing Machine, Model 134?

The Model 134 has a maximum drawing force of 120 kN, enabling high-precision evaluation of metal formability across a broad range of materials.

Can the Model 134 perform tests on both ferrous and non-ferrous metals?

Yes, the Model 134 is specially designed for swift and accurate assessments of deep drawing tests for both ferrous and non-ferrous metals, making it ideal for a wide variety of quality assurance and research applications.

What types of tests can be conducted with this testing machine?

With its versatile design, the Model 134 can perform the Erichsen cupping test and the deep draw test, among others. It's also capable of executing the Olsen Test, broadening its applicability in international markets.

How does the machine’s user interface facilitate testing procedures?

The Erichsen Model 134 is equipped with a resistive touch panel that allows for user-friendly adjustments of drawing and sheet holding forces. An automatic test sequence contributes to a seamless testing workflow, enhancing efficiency and ease of use.

What are the unique design features of the Model 134?

The Model 134 features a robust steel plate housing and a versatile test head with three working pistons for blanking, sheet holding, drawing, and ejecting processes. Its innovative bayonet lock system simplifies access to and exchange of drawing dies and other components.

What are the machine's power requirements?

This testing machine requires a mains supply of 230/400 V AC, 50/60 Hz, and 2.2 kW, ensuring compatibility with a standard industrial power supply.

What is the weight and size of the Model 134?

The Model 134 measures approximately 900 mm in width, 1100 mm in height, and 800 mm in depth, with a net weight of around 470 kg. Its compact yet robust design allows for easy integration into production floors and process departments.

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